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Q62702-A3461

Siemens Semiconductor Group
Part Number Q62702-A3461
Manufacturer Siemens Semiconductor Group
Description Silicon Dual Schottky Diode (DBS mixer application to 12 GHz Low noise figure Medium barrier type)
Published Apr 16, 2005
Detailed Description Silicon Dual Schottky Diode DBS mixer application to 12 GHz q Low noise figure q Medium barrier type q BAT 14-099 ESD:...
Datasheet PDF File Q62702-A3461 PDF File

Q62702-A3461
Q62702-A3461


Overview
Silicon Dual Schottky Diode DBS mixer application to 12 GHz q Low noise figure q Medium barrier type q BAT 14-099 ESD: Electrostatic discharge sensitive device, observe handling precautions! Type BAT 14-099 Marking Ordering Code (tape and reel) S9 Q62702-A3461 Pin Configuration Package1) SOT-143 Maximum Ratings per Diode Parameter Reverse voltage Forward current Power dissipation, TS ≤ 55 ˚C Storage temperature range Operating temperature range Thermal Resistance Junction – ambient2) Junction – soldering point Rth JA Rth JS ≤ ≤ Symbol VR IF Ptot Tstg Top Values 4 90 100 – 55 … + 150 Unit V mA mW – 55 … + 150 ˚C 1090 930 K/W 1) 2) For detailed information see chapter Package Outlines.
Package mounted on alumina 15 mm × 16.
7 mm to 0.
7 mm.
Semiconductor Group 1 02.
96 BAT 14-099 Electrical Characteristics per Diode at TA = 25 ˚C, unless otherwise specified.
Parameter Breakdown voltage IR = 5 µA Forward voltage IF = 1 mA IF = 10 mA Forward voltage matching IF = 10 mA Diode capacitance VR = 0, f = 1 MHz Forward resistance IF = 10 mA / 50 mA Symbol min.
VBR VF – – ∆VF Values typ.
– max.
– 4 Unit V 0.
43 0.
55 – – 5.
5 – – 10 0.
35 – mV pF Ω – – – CT RF Semiconductor Group 2 BAT 14-099 Forward current IF = f (VF) Forward current IF = f (TS; TA*) *Package mounted on alumina Reverse current IR = f (VR) Diode capacitance CT = f (VR) f = 1 MHz Semiconductor Group 3 BAT 14-099 S11-Parameters Typical impedance characteristics (with external bias I and Z0 = Ω) f GHz 1 2 3 4 5 6 7 8 9 10 11 12 I = 0.
02 mA MAG ANG 0.
99 0.
96 0.
95 0.
93 0.
93 0.
91 0.
89 0.
88 0.
86 0.
83 0.
82 0.
80 – 15.
89 – 30.
40 – 45.
30 – 59.
60 – 74.
80 – 89.
50 – 106.
60 – 123.
40 – 143.
20 – 166.
10 168.
10 138.
20 I = 0.
05 mA MAG ANG 0.
91 0.
88 0.
87 0.
86 0.
85 0.
83 0.
80 0.
79 0.
76 0.
72 0.
71 0.
72 – 16.
40 – 30.
80 – 46.
20 – 61.
60 – 77.
10 – 93.
10 – 110.
50 – 129.
40 – 150.
20 – 174.
10 158.
10 127.
20 I = 0.
1 mA MAG ANG 0.
79 0.
76 0.
75 0.
73 0.
72 0.
69 0.
66 0.
64 0.
62 0.
58 0.
59 0.
60 – 16.
40 – 31.
09 – 47.
30 – 62.
40 –...



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